A unified semi-analytic method is developed to predict vibro-acoustic responses of
submerged shells of revolution. The shell is firstly decomposed to several narrow shell …

A semi-analytical method is developed for vibration and acoustic analysis of a submerged
ring-stiffened cylindrical shell coupled with arbitrary inner structures. The whole structure is …

Current models for the acoustic radiation from railway wheels assume free field radiation.
However, slab tracks are increasingly used for new railway lines. The acoustically hard …

The formulation presented in this paper is based on the boundary element method (BEM)
and implements Kirchhoff's decomposition into viscous, thermal, and acoustic components …

A boundary integral method for solving the exterior acoustic radiation problem of
axisymmetric bodies with arbitrary boundary conditions is developed. The new formulation …

An advanced boundary element/fast Fourier transform (BE/FFT) methodology for solving
axisymmetric acoustic wave scattering and radiation problems with non-axisymmetric …

Effective use of the Fourier series boundary element method (FBEM) for everyday
applications is hindered by the significant numerical problems that have to be overcome for …

This paper is concerned with the vibration and acoustic radiation problems of the coupled
system of mass oscillator, high-static-low-dynamic stiffness (HSLDS) isolator and flexible …

There is an increasing need in industry for numerical acoustic models including viscous and
thermal losses of sound in air. Small devices such as couplers, microphones, mobile phones …

The boundary element method (BEM) is a numerical technique for calculating the sound
radiated by a vibrating body or for predicting the sound field inside of a cavity such as a …